CRYSTALMAKER EXAMPLES SERIES

These crystals come from cocoa butter, which is responsible for the structure, texture and appearance of chocolate. When the chocolate is made, it must be seasoned and it is during this process that the lipid crystals are formed. Like creamy ice cream, bar chocolate contains lipid crystals that melt in our mouth when we eat a piece of this sweet. In this sense, ice cream is obtained through various processes of artificial crystallization (one for lipids, one for ice and another for lactose). It should be noted that some ice cream also contain lactose crystals. Among the crystals that contain the creamy ice cream, are the lipid crystals (formed from fats) and ice crystals. The creamy ice cream contains a number of crystals that give it the ultimate soft texture. The process of ice formation can be natural (in areas where the temperature is below 0 ° C) or artificial (such as that in freezers). Ice is a crystalline molecular solid that is formed through processes of crystallization, similar to those involved during the formation of snowflakes.

CRYSTALMAKER EXAMPLES SERIES

This crystal is formed through a series of complex industrial processes in which sugarcane juice is taken and subjected to an artificial crystallization process. This can form both natural (like sea salt) and artificially (as in the case of table salt).Īfter salt, sugar is one of the most common crystals. Salt is the most common example of crystallization. Silicates are materials created by the crystallization of silica and other elements (iron, aluminum, calcium, magnesium). It is greenish in color and usually has the shape of a rhombus. It is one of the minerals that more abound in the rocks and its color is variable.Īlso called olivine, this precious stone is formed thanks to the crystallization of iron and magnesium. Quartz is a gem that is formed from the crystallization of silicic anhydride. Ruby is a reddish colored crystal that forms from the crystallization of aluminum oxide (coridon). Their formation can be natural, as it happens with the diamonds that are in mining, or synthetic deposits. This is the hardest material known on the planet. The diamond is a precious stone that is formed from the crystallization of pure carbon. They are formed by the crystallization of the salts of calcium present in the water that infiltrates the caves. They differ from the latter because they hang from the ceilings. The stalactites, like the stalagmites, are of calcium and are found in the caves. These are formed from the crystallization of the calcium salts found in the water falling from the roofs of the caves.

Stalagmites are structures that can be found in caves, specifically in soils (growing upwards). The different geometric forms that the snow crystals present are due to the conditions that they must face during the growth of the crystal. This is due to the conditions that arise during the second phase of crystallization (growth).

It is known that each snow crystal is unique. Snowflakes are formed through a natural crystallization process. In this article, we will present examples of crystallization, both natural and artificial. The process of crystal formation can occur naturally (as with the formation of gemstones, stalagmites, stalactites or even snowflakes) or artificially (such as chocolate, ice made by our refrigerators or Molasses made in the candy factories). Finally, metallic, such as mercury, are malleable, conductive electricity and are lustrous.Ĭrystallization consists of two phases: nucleation (in which the crystalline phase initiates) and crystal growth (in which there is an increase in the size of the particles that make up the crystal).Covalent networks, such as diamond, are not dissolvable and do not conduct electricity either.Some are dissolvable while others are not. Molecules, like ice, do not conduct electricity.Ionic, like salt, are soluble in water and conduct electricity.

Crystalmaker examples